本文采用不同抛光间隙和不同铁粉体积比的磁性抛光液对熔石英元件进行不同时

本文采用不同抛光间隙和不同铁粉体积比的磁性抛光液对熔石英元件进行不同时间的磁辅助抛光加工，并对熔石英的材料去除率、表面粗糙度和透过率等进行分析与评价，结合对空间磁感应强度仿真计算，明确空间磁感应强度和铁粉体积比对材料去除效率和表面质量的影响，提出“小抛光间隙+高铁粉比例抛光液→大抛光间隙+低铁粉比例抛光液”的抛光工艺，为实现高效低缺陷的强激光元件加工提供了理论基础和技术支撑。

This article uses magnetic polishing fluids with different polishing gaps and different iron powder volume ratios to perform magnetic assisted polishing on fused quartz components at different times. The material removal rate, surface roughness, and transmittance of fused quartz are analyzed and evaluated. Combined with simulation calculations of spatial magnetic induction intensity, the influence of spatial magnetic induction intensity and iron powder volume ratio on material removal efficiency and surface quality is clarified, The polishing process of "small polishing gap+high iron powder proportion polishing fluid → large polishing gap+low iron powder proportion polishing fluid" is proposed, providing theoretical basis and technical support for achieving efficient and low defect high-power laser component processing.

Portable,<br> Waterproof,<br> Fashion,<br> In this paper, magnetic polishing solutions with different polishing gaps and different volume ratios of iron powder are used to carry out magnetic assisted polishing of fused Shi Ying components for different times, and the material removal rate, surface roughness and transmittance of fused Shi Ying are analyzed and evaluated. Combined with the simulation calculation of spatial magnetic induction intensity, the influence of spatial magnetic induction intensity and volume ratio of iron powder on material removal efficiency and surface quality is clarified, and the polishing process of "small polishing gap+high iron powder ratio polishing solution → large polishing gap+low iron powder ratio polishing solution" is put forward, in order to achieve high efficiency and low defects.